Content Delivery Network Processing Method and Device, and Electronic Device

1. A Content Delivery Network (CDN) processing method performed by an electronic device, the CDN processing method comprising: obtaining response data from at least one CDN node in response to a network request from a detection end, the response data comprising information indicating that the network request is successful or failed; calculating a quantity of detection successes and a quantity of detection failures of the detection end corresponding to the at least one CDN node in accordance with the response data; calculating a detection failure rate of the detection end in accordance with the quantity of detection successes and the quantity of detection failures; and comparing at least one of the detection failure rate or the quantity of detection failures with a target threshold, and determining whether the detection end is faulty in accordance with a comparison result, wherein the detection end is a virtual node in a third-party detection system for simulating a request end, and the detection end as the virtual node is different from the electronic device and the at least one CDN node.

2. The CDN processing method according to claim 1, wherein a quantity of detection ends is N, N is an integer greater than 1, the detection failure rate is a detection failure rate corresponding to a target detection end, and the target detection end is any of the N detection ends, wherein comparing the at least one of the detection failure rate or the quantity of detection failures with the target threshold and determining whether the detection end is faulty in accordance with the comparison result comprises: obtaining a detection failure rate of the target detection end corresponding to each CDN node in the at least one CDN nodes, each detection end in the N detection ends being configured to transmit a predetermined quantity of network requests, each network request of the predetermined quantity of network requests corresponding to respond data transmitted by the at least one CDN node; obtaining a minimum failure rate in the detection failure rates corresponding to the at least one CDN node; and in the case that the minimum failure rate is greater than a first target threshold, determining that the target detection end is faulty.

3. The CDN processing method according to claim 2, wherein the quantity of detection failures corresponding to the target detection end is a target quantity of detection failures, and wherein the CDN processing method further comprises: in the case that the minimum failure rate is smaller than or equal to the first target threshold, obtaining a total quantity of detection failures of the N detection ends corresponding to the at least one CDN node in accordance with the response data; obtaining a first ratio of the target quantity of detection failures to the total quantity of detection failures; in the case that the first ratio is greater than a second target threshold, obtaining a target detection failure rate corresponding to a target CDN node, the target CDN node being any of the at least one CDN node; and in the case that the target detection failure rate is greater than a third target threshold, determining that the target detection end is faulty.

4. The CDN processing method according to claim 3, wherein subsequent to determining that the target detection end is faulty in the case that the target detection failure rate is greater than the third target threshold, the CDN processing method further comprises: in the case that the target detection end is not faulty through a predetermined detection method, updating the third target threshold or the first target threshold, wherein the updated third target threshold is compared with the target detection failure rate, and the updated first target threshold is compared with the minimum failure rate.

5. The CDN processing method according to claim 3, wherein subsequent to obtaining the first ratio of the target quantity of detection failures to the total quantity of detection failures, the CDN processing method further comprises: in the case that the first ratio is smaller than or equal to the second target threshold and the target detection end is faulty through a predetermined detection method, updating the second target threshold, wherein the updated second target threshold is compared with the first ratio.

6. The CDN processing method according to claim 2, wherein in the case that the minimum failure rate is greater than the first target threshold, subsequent to determining that the target detection end is faulty, the CDN processing method further comprises: in the case that the target detection end is not faulty through a predetermined detection method, updating the first target threshold, wherein the updated first target threshold is compared with the minimum failure rate.

7. The CDN processing method according to claim 1, wherein subsequent to determining whether the detection end is faulty in accordance with the comparison result, the CDN processing method further comprises: in the case that the detection end is determined to be faulty in accordance with the comparison result, discarding or repairing the faulty detection end.

8. An electronic device, comprising at least one processor, and a memory in communication with the at least one processor, wherein the memory is configured to store therein at least one instruction to be executed by the at least one processor, and the at least one instruction is executed by the at least one processor so as to implement a Content Delivery Network (CDN) processing method performed by the electronic device, the CDN processing method comprising: obtaining response data from at least one CDN node in response to a network request from a detection end, the response data comprising information indicating that the network request is successful or failed; calculating a quantity of detection successes and a quantity of detection failures of the detection end corresponding to the at least one CDN node in accordance with the response data; calculating a detection failure rate of the detection end in accordance with the quantity of detection successes and the quantity of detection failures; and comparing at least one of the detection failure rate or the quantity of detection failures with a target threshold, and determining whether the detection end is faulty in accordance with a comparison result, wherein the detection end is a virtual node in a third-party detection system for simulating a request end, and the detection end as the virtual node is different from the electronic device and the at least one CDN node.

9. The electronic device according to claim 8, wherein the quantity of detection ends is N, N is an integer greater than 1, the detection failure rate is a detection failure rate corresponding to a target detection end, and the target detection end is any of the N detection ends, wherein comparing the at least one of the detection failure rate or the quantity of detection failures with the target threshold and determining whether the detection end is faulty in accordance with the comparison result comprises: obtaining a detection failure rate of the target detection end corresponding to each CDN node in the at least one CDN nodes, each detection end in the N detection ends being configured to transmit a predetermined quantity of network requests, each network request of the predetermined quantity of network requests corresponding to respond data transmitted by the at least one CDN node; obtaining a minimum failure rate in the detection failure rates corresponding to the at least one CDN node; and in the case that the minimum failure rate is greater than a first target threshold, determining that the target detection end is faulty.

10. The electronic device according to claim 9, wherein the quantity of detection failures corresponding to the target detection end is a target quantity of detection failures, and wherein the CDN processing method further comprises: in the case that the minimum failure rate is smaller than or equal to the first target threshold, obtaining a total quantity of detection failures of the N detection ends corresponding to the at least one CDN node in accordance with the response data; obtaining a first ratio of the target quantity of detection failures to the total quantity of detection failures; in the case that the first ratio is greater than a second target threshold, obtaining a target detection failure rate corresponding to a target CDN node, the target CDN node being any of the at least one CDN node; and in the case that the target detection failure rate is greater than a third target threshold, determining that the target detection end is faulty.

11. The electronic device according to claim 10, wherein subsequent to determining that the target detection end is faulty in the case that the target detection failure rate is greater than the third target threshold, the CDN processing method further comprises: in the case that the target detection end is not faulty through a predetermined detection method, updating the third target threshold or the first target threshold, wherein the updated third target threshold is compared with the target detection failure rate, and the updated first target threshold is compared with the minimum failure rate.

12. The electronic device according to claim 10, wherein subsequent to obtaining the first ratio of the target quantity of detection failures to the total quantity of detection failures, the CDN processing method further comprises: in the case that the first ratio is smaller than or equal to the second target threshold and the target detection end is faulty through a predetermined detection method, updating the second target threshold, wherein the updated second target threshold is compared with the first ratio.

13. The electronic device according to claim 9, wherein in the case that the minimum failure rate is greater than the first target threshold, subsequent to determining that the target detection end is faulty, the CDN processing method further comprises: in the case that the target detection end is not faulty through a predetermined detection method, updating the first target threshold, wherein the updated first target threshold is compared with the minimum failure rate.

14. The electronic device according to claim 8, wherein subsequent to determining whether the detection end is faulty in accordance with the comparison result, the CDN processing method further comprises: in the case that the detection end is determined to be faulty in accordance with the comparison result, discarding or repairing the faulty detection end.

15. A non-transitory computer-readable storage medium storing therein at least one computer instruction, wherein the at least one computer instruction is executed by a processor of an electronic device, so as to implement a Content Delivery Network (CDN) processing method performed by the electronic device, the CDN processing method comprising: obtaining response data from at least one CDN node in response to a network request from a detection end, the response data comprising information indicating that the network request is successful or failed; calculating a quantity of detection successes and a quantity of detection failures of the detection end corresponding to the at least one CDN node in accordance with the response data; calculating a detection failure rate of the detection end in accordance with the quantity of detection successes and the quantity of detection failures; and comparing at least one of the detection failure rate or the quantity of detection failures with a target threshold, and determining whether the detection end is faulty in accordance with a comparison result, wherein the detection end is a virtual node in a third-party detection system for simulating a request end, and the detection end as the virtual node is different from the electronic device and the at least one CDN node.

16. The non-transitory computer-readable storage medium according to claim 15, wherein the quantity of detection ends is N, N is an integer greater than 1, the detection failure rate is a detection failure rate corresponding to a target detection end, and the target detection end is any of the N detection ends, wherein comparing the at least one of the detection failure rate or the quantity of detection failures with the target threshold and determining whether the detection end is faulty in accordance with the comparison result comprises: obtaining a detection failure rate of the target detection end corresponding to each CDN node in the at least one CDN nodes, each detection end in the N detection ends being configured to transmit a predetermined quantity of network requests, each network request of the predetermined quantity of network requests corresponding to respond data transmitted by the at least one CDN node; obtaining a minimum failure rate in the detection failure rates corresponding to the at least one CDN node; and in the case that the minimum failure rate is greater than a first target threshold, determining that the target detection end is faulty.

17. The non-transitory computer-readable storage medium according to claim 16, wherein the quantity of detection failures corresponding to the target detection end is a target quantity of detection failures, and wherein the CDN processing method further comprises: in the case that the minimum failure rate is smaller than or equal to the first target threshold, obtaining a total quantity of detection failures of the N detection ends corresponding to the at least one CDN node in accordance with the response data; obtaining a first ratio of the target quantity of detection failures to the total quantity of detection failures; in the case that the first ratio is greater than a second target threshold, obtaining a target detection failure rate corresponding to a target CDN node, the target CDN node being any of the at least one CDN node; and in the case that the target detection failure rate is greater than a third target threshold, determining that the target detection end is faulty.

18. The non-transitory computer-readable storage medium according to claim 17, wherein subsequent to determining that the target detection end is faulty in the case that the target detection failure rate is greater than the third target threshold, the CDN processing method further comprises: in the case that the target detection end is not faulty through a predetermined detection method, updating the third target threshold or the first target threshold, wherein the updated third target threshold is compared with the target detection failure rate, and the updated first target threshold is compared with the minimum failure rate.

19. The non-transitory computer-readable storage medium according to claim 17, wherein subsequent to obtaining the first ratio of the target quantity of detection failures to the total quantity of detection failures, the CDN processing method further comprises: in the case that the first ratio is smaller than or equal to the second target threshold and the target detection end is faulty through a predetermined detection method, updating the second target threshold, wherein the updated second target threshold is compared with the first ratio.

20. The non-transitory computer-readable storage medium according to claim 16, wherein in the case that the minimum failure rate is greater than the first target threshold, subsequent to determining that the target detection end is faulty, the CDN processing method further comprises: in the case that the target detection end is not faulty through a predetermined detection method, updating the first target threshold, wherein the updated first target threshold is compared with the minimum failure rate subsequently, wherein subsequent to determining whether the detection end is faulty in accordance with the comparison result, the CDN processing method further comprises: in the case that the detection end is determined to be faulty in accordance with the comparison result, discarding or repairing the faulty detection end.